Vertiv
APS LITHIUM PWR PROTECT STRING3 YR1
In Stock
Vertiv APS Lithium PWR Protect String3 YR1 | Support Warranty
Vertiv
MPN: ZAPSL-PC-UB3-01
$2,279.19$3,322.00
MAP: $2,092.86
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 3-year support term
- Vertiv service coverage
- APS lithium power string support
- Warranty-based protection model
- Fixed coverage period
- Designed for deployed power infrastructure
- Extend asset protection with a 3-year coverage period
- Reduce support gaps using Vertiv-backed service coverage
Keep lithium power infrastructure covered beyond the base purchase window with a 3-year Vertiv support term for APS power strings. This service is designed for organizations that need predictable protection for critical power assets, tighter lifecycle planning, and a cleaner path to maintaining uptime commitments.
For infrastructure teams, the value is in reducing exposure when support gaps can become expensive. A defined coverage period helps align maintenance planning, procurement timing, and asset management around a single support horizon. That matters when the equipment is part of a larger power continuity strategy and downtime is not an acceptable variable.
This support offering is a practical fit for environments that standardize on Vertiv lithium power systems and want warranty coverage that matches operational expectations. It helps preserve service continuity, supports budget planning, and gives procurement a clear, fixed-term protection model for deployed assets.
Ideal For
- Extending coverage for installed APS lithium power strings
- Standardizing warranty terms across a Vertiv power fleet
- Aligning support coverage with multi-year refresh planning
- Reducing risk for critical power assets in production environments
Why This Product
- 13-year coverage term for APS lithium power strings
- 2Vertiv-backed support for deployed power assets
- 3Better fit for planned lifecycle management than ad hoc coverage
- 4Helps reduce exposure from unsupported power infrastructure